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Heat recovery in the hotel industry: Practical applications and savings
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Heat recovery in the hotel industry is a solution that allows hotels to reduce energy costs by using waste heat to heat water and rooms. Thanks to this, they improve energy efficiency and support sustainable development, while reducing CO2 emissions. -
Reducing energy costs in hotels thanks to modern technologies
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Modern technologiessuch as artificial intelligence (AI) and automation can significantly improveenergy optimization in hotels. Thanks to intelligent HVAC and lighting systems, hotels can achieve savings of up to 30% while improving guest comfort. Overlays on existing BMS/EMS systems, such as those offered by Axtora, enable optimization of energy consumption without the need to replace infrastructure, leading to additional financial and ecological benefits. -
Profit isn’t everything – innovation, ecology, and green energy are the keys to success
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In today’s business world, innovation, ecology, and energy efficiency are the keys to long-term success. Companies must adapt to changing regulations on CO2 reduction and energy optimization to avoid financial penalties. Investing in green energy and energy-saving technologies brings not only financial but also ecological benefits. Axtora Energy helps companies implement innovative solutions and find funding for energy transformation. -
Energy efficiency of buildings: Axtora Energy supports the transformation
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In connection with the new regulations regarding the energy characteristics of buildings, Axtora Energy offers innovative solutions for industrial and office buildings. With BMS and EMS systems, as well as "Power Loop ThermoCoat" thermal insulation coatings that reflect over 90% of heat radiation, significant energy savings are possible. We provide energy audits and financing assistance, making us the ideal partner in energy transformation. -
Energy management systems for exhibition centers
Modern energy management systems are crucial for large facilities such as exhibition centers. Thanks to the use of artificial intelligence and real-time monitoring, these systems dynamically adjust energy consumption to current conditions, such as the number of visitors or changing weather conditions. Automation of HVAC and lighting systems leads to significant energy savings while maintaining the comfort of event participants. For owners and managers of exhibition centers, it is an ideal solution that not only reduces costs, but also reduces CO2 emissions, supporting sustainable development. -
Optimization of Energy Consumption in the Glass Industry: How Waste Heat Recovery Systems Can Support Glass Production
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Glass production is highly energy-intensive, requiring temperatures of 1400–1600°C. Modern heat recovery systems, including ORC technology, allow plants to recover waste heat and convert it into electricity, lowering operational costs and improving energy efficiency. By investing in these technologies, glass manufacturers can reduce CO2 emissions, achieve greater energy independence, and meet stringent environmental regulations, while also positioning themselves as eco-friendly and innovative enterprises. -
How does the Power Loop System for waste heat recovery from ORC work?
Power Loop System is an advanced technological solution offered by Axtora Energy that uses ORC (Organic Rankine Cycle) technology to convert waste heat from industrial processes into electricity. Thanks to this innovative system, heat can be recovered from sources such as furnaces, refrigerators or engines and converted into energy savings. The system operates in a closed loop, which makes it efficient and flexible. Axtora Energy offers comprehensive support, adapting the technology to the individual needs of companies. -
How is electricity generated from waste heat and geothermal energy using the Axtora Power Loop system?
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The Axtora Power Loop system, based on ORC technology, efficiently converts waste heat and geothermal energy into electrical power. This allows companies to reduce energy costs, lower CO2 emissions, and improve energy efficiency. -
Renewable Energy: Heat Recovery and Energy Storage
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Renewable energy is not just photovoltaics and wind turbines but also heat recovery from industrial processes. An important part of efficient energy management is energy storage, which allows the surplus energy to be stored and optimally utilized. At Axtora Energy, we offer solutions for heat recovery and energy storage, helping companies improve their energy efficiency and take advantage of subsidies. -
Using AI in Optimizing Energy Costs
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Artificial intelligence is revolutionizing energy management in businesses. With Smart Energy Pro from Axtora Energy, companies can dynamically optimize energy consumption, reduce costs, and support environmental goals. For more information, contact Axtora Energy. Save energy and reduce costs with Smart Energy Pro from Axtora Energy. Discover how AI can optimize energy consumption in your company. -
Key systems in energy management: EMS, BMS and HVAC
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Investing in EMS, BMS and HVAC systems is a step towards a future where energy efficiency, cost reduction and sustainable development become priorities. Axtora Energy offers solutions that not only improve the energy efficiency of buildings, but also help companies in their energy transformation and adapt to changing market regulations. The introduction of advanced energy management systems can bring tangible benefits, both financially and ecologically. -
National Energy and Climate Plan for 2021-2030
The National Energy and Climate Plan for 2021-2030 is Poland's strategy aimed at energy transformation and reducing CO2 emissions. The plan assumes the development of renewable energy sources, improving energy efficiency and increasing energy security. Investments in low-emission technologies and innovation research are key to meeting challenges such as phasing out coal-fired power plants.
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